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Electroactive Materials Composed of Starch

机译:淀粉组成的电活性材料

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Extruded films of plasticized starch were doped with metal halides to produce solid ion-conducting materials. The electrical conductance of the material increased from 10~(-11) to 10~(-6) Siemens/cm. The type and amount of dopant affects the conductance of the material. Although the materials are moisture sensitive, water content does not have a significant effect on the conductance of doped films. Mechanical properties of doped films indicate that the starch is plasticized and that the ion-conducting material is strong and tractable. Unlike intrinsically conductive polymers, electroactive starch materials can be extruded in thin films or molded into any shape.
机译:用金属卤化物掺杂增塑淀粉的挤出薄膜,以生产固体离子导电材料。材料的电导率从10〜(-11)Siemens / cm增加到10〜(-6)Siemens / cm。掺杂剂的类型和数量会影响材料的电导率。尽管材料对湿气敏感,但是水含量对掺杂薄膜的电导率没有显着影响。掺杂膜的机械性能表明淀粉已被增塑,并且离子传导材料坚固且易于处理。与本征导电聚合物不同,电活性淀粉材料可以薄膜挤出或模制成任何形状。

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